FU Series, Rotary with Lift, Extended Stroke
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Reliable Cam System Solutions Single cam oscillating/indexing handler

Rotary Indexing or Oscillating Unit SANKYO Innovation Features & Options Rotary Part Handler Features Featuring 20~70mm lift strokes, 30º~60º indexing & 30º~180º oscillating motions. High torque capacity with speed up to 60 cycles/min. Large selection of 5 compact cast iron housing sizes. Mounts horizontal, vertical or inverted. Globoidal cam design for rotational motion with synchronized face cam for lift motions. Cam motions are integrated with gripper actuation response times with the drive running continuously. x Up to 60 cycles per minute x 20~70mm lift stroke motions; ±0.2~0.5mm x...

Rotary Indexing or Oscillating Unit SANKYO Innovation Features & Options VFD Controller Option Variable frequency drives combined with brushless motors are maintenance-free. Electronic braking eliminates brake dust contamination and ensures consistent braking while protecting the motor from overheating. x x x x x Electronic braking is maintenance free Enables frequent stop/starting cycles Variable speed control on the fly Motor protection with thermal feedback Preset speeds for jog setup or emergency stop recovery can avoid tooling damage x External braking resister option for frequent...

Rotary Indexing or Oscillating Unit -DWELL BETEPTDP

7FU Oscillating/Indexing Handler 7FU Dimensions TIMING REFERENCE POSITION Locations of oil plug, ets., and oil capacity Mounting hole locations Mounting position Each point indicated in the mounting positions shown in Figure 7FU-3 represents (starting at top) the oil plug (PT3/8), oil level (VA-01), and drain (PT3 /8). The mounting positions correspond to code i for the indexing, o scillating, and roller drives. The oil levels indicated in Figure 7FU-3 are given in general gures and will differ according to the prole of the cam and the number of cam follow ers. Specications Item Output...

Oscillating handler Torque transmission capacity table Reading the capacity table for oscillating handler The capacity table gives dynamic torque To and dynamic allowable load Wo by oscillating angles, number of stops, life, and rotatingspeed. This table was calculated based on a life expectancy of 12,000 hours of normal operationincluding mounting, lubrication, and handling conditions. Adverse conditions and poor maintenance can affect the transmission capacity and life of the oscillate handler. Beside, if you misunderstandhow to read the capacity table when you select a model, you are not...

8FU Oscillating/Indexing Handler 8FU Dimensions T TIMING REFERENCE POSITION Locations of oil plug, ets., and oil capacity Mounting hole locations Mounting position Precautions Each point indicated in the mounting positions shown in Figure 8FU-3 represents (starting at top) the oil plug (PT3/8), oil level (VA-01), and drain (PT3 /8). The mounting positions correspond to code i for the indexing, o scillating, and roller drives. The oil levels indicated in Figure 8FU-3 are given in general gures and will differ according to the prole of the cam and the number of cam follow ers. Specications...

Oscillating handler Torque transmission capacity table Reading the capacity table for oscillating handler The capacity table gives dynamic torque To and dynamic allowable load Wo by oscillating angles, number of stops, life, and rotatingspeed. This table was calculated based on a life expectancy of 12,000 hours of normal operationincluding mounting, lubrication, and handling conditions. Adverse conditions and poor maintenance can affect the transmission capacity and life of the oscillate handler. Beside, if you misunderstandhow to read the capacity table when you select a model, you are not...

11FU Oscillating/Indexing Handler 11FU Dimensions W T TIMING REFERENCE POSITION Locations of oil plug, ets., and oil capacity Mounting hole locations Mounting position Each point indicated in the mounting positions shown in Figure 11FU-3 represents (starting at top) the oil plug (PT1/2), oil level (VA), and dra in (PT1/2). The mounting positions correspond to code i for the indexing, o scillating, and roller drives. The oil levels indicated in Figure 11FU-3 are given in general gures and will differ according to the prole of the cam and the number of cam follow ers. Specications Item Output...

Oscillating handler Torque transmission capacity table Reading the capacity table for oscillating handler The capacity table gives dynamic torque To and dynamic allowable load Wo by oscillating angles, number of stops, life, and rotatingspeed. This table was calculated based on a life expectancy of 12,000 hours of normal operationincluding mounting, lubrication, and handling conditions. Adverse conditions and poor maintenance can affect the transmission capacity and life of the oscillate handler. Beside, if you misunderstandhow to read the capacity table when you select a model, you are not...

14FU Oscillating/Indexing Handler 14FU Dimensions W T TIMING REFERENCE POSITION Locations of oil plug, ets., and oil capacity Mounting hole locations Mounting position Precautions Each point indicated in the mounting positions shown in Figure 14FU-3 represents (starting at top) the oil plug (PT1/2), oil level (VA), and dra in (PT1/2). The mounting positions correspond to code i for the indexing, o scillating, and roller drives. The oil levels indicated in Figure 14FU-3 are given in general gures and will differ according to the prole of the cam and the number of cam follow ers. Specications...

Oscillating handler Torque transmission capacity table Reading the capacity table for oscillating handler The capacity table gives dynamic torque To and dynamic allowable load Wo by oscillating angles, number of stops, life, and rotatingspeed. This table was calculated based on a life expectancy of 12,000 hours of normal operationincluding mounting, lubrication, and handling conditions. Adverse conditions and poor maintenance can affect the transmission capacity and life of the oscillate handler. Beside, if you misunderstandhow to read the capacity table when you select a model, you are not...